NSF and Partners Invest $45M in Future of Semiconductors : v

New research and education awards will engage talent in semiconductor design and manufacturing.

Related Keywords

Arizona , United States , Ann Arbor , Michigan , Berkeley , California , Texas , University Of Texas At San Antonio , College Park , University Of California Los Angeles , Stanford University , Sethuraman Panchanathan , Us National Science Foundation , University Of Pittsburgh , University Of Rochester , University Of Washington , University Of Michigan , Samsung , University Of Texas At Austin , Ibm , Carolina State University , University Of Alabama , University Of Virginia , University Of Minnesota Twin Cities , Massachusetts Institute Of Technology , University Of Chicago , Materials For Energy Efficient , University Of Pennsylvania , Cornell University , Boston University , University Of Notre Dame , Pennsylvania State University , Northwestern University , University Of California , Oregon State University , Iowa State University , Program To Stimulate Competitive Research Epsco , Ericsson , University Of Arkansas , University Of North Carolina At Chapel Hill , Ohio State University , Illinois Institute Of Technology , Semiconductors Fuse , Rensselaer Polytechnic Institute , University Of Cincinnati , University Of Texas At Dallas , Generation Semiconductor Devices , Material Integration Technology , Collaborative Research In Domain , University Of Maryland , Gapless Semiconductors , Northern Illinois University , University Of South Florida , Florida International University , University Of Illinois At Urbana Champaign , Howard University , Arizona State University , University Of Delaware , Yale University , Georgia Institute Of Technology , Queen College , Heterogeneous Integration In Power Electronics For High , Washington University In St , Intel , Northeastern University , Sustainable Semiconductor , Duke University , Science Foundation , Science Act , Fiscal Year , Stimulate Competitive Research , Collaborative Research , Inspired Sensorimotor Control , Robotic Locomotion , Neuromorphic Architectures Using , Continual Learning Edge Architectures , Electrochemical Random Access Memory , Photonic Computing Engines , Enhanced Vertical Integration , Versatile In Sensor Machine Vision , Washington University , Reconfigurable Ferroelectronics Platform , Collective Computing , Georgia Institute , Racetrack Memory Acceleration Platform , California Los Angeles , Advanced Function , High Performance , In Sensor Processing , Sustainable Nanomaterials , Optically Disaggregated Arrays , California Los , Signal Processing Using Silicon Photonics , Ultra Wideband Spectrum Perception , Photonic Heterogeneous Integration , Sensing Above , Power Electronics , High Performance Computing , Selenides Based Back End , Line Neuromorphic Accelerators , Advanced Microelectronic , Massachusetts Institute , Inverted Multi Material Integration Technology , Heterogeneous Integration , Low Loss Electromagnetic , New Materials , Energy Efficient , Sustainable Semiconductor Based , Next Generation Semiconductor Devices , Michigan Ann Arbor , Minnesota Twin , Boron Arsenide , Enhanced Thermal , Electronic Performance , Phase Change Materials , Co Designed Electronic , Optical Computational Devices , Co Designed Materials , Wire Architecture , Focal Plane Arrays , North Carolina State University , North Carolina , Sequence Specific Block Copolymers , Directed Self Assembly , Lithographic Materials , Pattern Quality , Effective Spin Injection Design , Spin Orbit Logic , Illinois Institute ,